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Dynamically seeded hADSC and hVIC cultured on scaffolds up to 20 days revealed that hADSC and hVIC penetration within the matrices was improved by anisotropic organization.
It was observed that addition of BMP does not alter the mechanical properties of SF scaffold, but with the increase in concentration of fabricating material (SF), tensile property of matrices was improved.
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The existent results on the upper and lower bounds of the spectral radius of nonnegative matrices are improved.
As a result, the compactness of the matrix was improved significantly.
The sinterability of ACP matrix was improved by the in-situ process of high mullization above 1450 °C.
The interfacial adhesion between RCF and nylon 6 matrix was improved significantly as a result of such a surface modification.
The water resistance of the as-spun PVA nanofibrous matrix was improved by physically crosslinking the PVA nanofibers by heat treatment at 150 °C for 10 min.
Scanning Electron Microscope (SEM) microphotographs indicated that the dispersion of APP in PP matrix was improved because of the loading of APESP.
The friction and wear tests showed that although the friction coefficient had no obvious change, the wear resistance of the AISI 1020 steel matrix was improved greatly.
The results revealed that after surface treatment, the interfacial adhension between hBN platelets and PTFE matrix was improved and the in-plane orientation degree of hBN platelets in PTFE matrix decreased, which effectively improvd the thermal conductivity of the composites.
Both hardness and toughness of the YSZ matrix are improved by adding GPLs.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com